About Axel
English
Native or bilingual
Swedish
Native or bilingual
Experience
- Dyno Robotics - Industrial Saffron Robotics SystemRobotic Software DeveloperOctober 2024 - June 2025 (8 months)Developed a robotic saffron sorting system that increased processing speed in a production plant, combining ABB industrial robots, ML-based computer vision, and custom motion planning in a live industrial pipeline.
- Built an automated manipulation and sorting workflow using ABB Robots
- Worked across ROS2, C++, Python, PyTorch, Docker, RAPID, and RobotStudio for deployment and industrial integration
- Integrated a Rust motion-planning controller with custom path planning for precise robot control
- Applied AI: RL and supervised learning for guiding manipulation, and integrated to allow for continuous live improvement
- Explored Gaussian Splatting and Blender-based integration as a separate research arm connected to the robotics stack
- Delivered the system as part of a real industrial production pipeline, with the constraints that come from uptime, safety, and operational reliability
- Dyno Robotics - Drone-Based Landmine DetectionRobotics Software DeveloperAugust 2024 - December 2024 (4 months)Software lead for R&D project on drone-based AI landmine detection using multi-spectral imaging, with work spanning applied machine learning, sensing pipelines, and decision support for human operators.
- Led the project and coordinated technical work around drone-mounted multi-spectral sensing for per-pixel landmine detection
- Explored supervised, unsupervised, and self-supervised learning approaches for detection and classification
- Worked with PyTorch-based vision models including UNet-style segmentation approaches and representation learning methods such as SimCLR
- Developed approaches for sensor fusion for the different color channels
- Worked on calibration and alignment for multi-camera setups
- Built the project around real-world constraints in remote sensing, noisy data, and limited ground truth
- Dyno Robotics - ATS Matching PlatformAI Software DeveloperJune 2023 - June 2025 (2 years)Led the architecture and development of a full-stack AI recruitment matching system for a recruiting firm, using custom neural ranking, vector retrieval, and integrated recruiter workflows to turn large-scale hiring data into better matching decisions.
- Owned the architecture and end-to-end development of a production ATS matching system used by a real recruiting firm
- Built the platform across Svelte, TypeScript, Python FastAPI, Rust, Docker, Postgres, Redis, Kafka, and Azure
- Implemented retrieval and ranking pipelines using Qdrant and a custom PyTorch neural network
- Trained reranking models continuously on live incoming recruitment data and recruiter feedback
- Built ETL workflows for large volumes of historical and incoming candidate and job data
- Integrated matching, tagging, evaluation, and workflow logic into recruiter-facing tools
- Designed the system around privacy, fairness, explainability, and high-volume exhaustive evaluation
- Helped give the firm a measurable quality and speed advantage over more manual recruiting workflows
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Education
- Exchange studiesEscola Politécnica da USP, São Paolo, Brazil2019Academic exchange focused on technology and engineering courses taught in Portuguese - Studied AI fundamentals, including mathematical foundations and Prolog programming - Worked with data science methods, including a supervised learning project in stock prediction - Completed coursework in virtual reality and game development using Unity3D
- BSc in Cognitive ScienceLinköping University2021-Interdisciplinary degree combining AI, neuroscience, psychology, scientific methods, and the study of human cognition and emotion - Built a strong foundation in both the technical and human sides of intelligent systems, with coursework spanning classical AI, neural networks, and language technology - Completed AI coursework covering classical methods and neural networks, including a project in simulated evolution - Worked on language technology, including a project applying a temporal t-SNE approach to Reddit data - Developed an interdisciplinary way of thinking that still shapes later work in robotics, machine learning, and human-centered system design